The ranges are reduced significantly compared to those constrained from experiment [1]},
and thus they are expected to give EoSs less uncertain from sub to supra saturation densities.
Compared to a recent work [2]} in which \(K_0\)  is fixed to 240 MeV and symmetry energy parameters are
fit to 13 nuclear data, \(J\)  is slightly larger in this work, but \(L\)  and \(K_\tau \)  ranges are almost identical.
With the newly constrained ranges of the EoS parameters,
we can obtain uncertainty range of the extreme properties of nuclei such as the neutron skip thickness or
the position of the neutron drip line. Consideration about the finite nuclei follows in the next section.
